####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6293Text → NP
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [lexical_function:$lexical_function, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     ↓1 = [lexical_function:$lexical_function, $Rest];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → • det N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → det • N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → det • N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → det • N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → det • N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6418NP → det • N1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6788N1 → • adjQuality N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6788N1 → • adjQuality N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6788N1 → • adjQuality N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6788N1 → • adjQuality N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6788N1 → • adjQuality N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6702N1 → [adjQuality] • N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6702N1 → [adjQuality] • N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6702N1 → [adjQuality] • N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6702N1 → [adjQuality] • N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6702N1 → [adjQuality] • N2
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6545N1 → • N
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → • S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → • S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → • S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → • S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6249Text → • S_tense strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1NIL
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7185S_tense → • S_anaphoric
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$tensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7400S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7400S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7400S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7400S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7400S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7503S_anaphoric → • S_mod
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7792S_mod → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9838S → • cln VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9838S → • cln VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9838S → • cln VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9838S → • cln VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9838S → • cln VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9346S → [NP|cln] • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9346S → [NP|cln] • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9346S → [NP|cln] • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9346S → [NP|cln] • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9346S → [NP|cln] • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8645S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8645S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8645S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8645S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8645S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8791S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8791S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8791S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8791S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8791S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8502S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8502S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8502S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8502S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8502S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8372S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8372S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8372S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8372S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8372S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8242S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2
HEADCAT
numbersg
casenominative
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2
HEADCAT
numbersg
casenominative
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2
HEADCAT
numbersg
casenominative
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11251S → • aux NP|cln VP strongPunct
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2
HEADCAT
numbersg
casenominative
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11453S → [NP|cln] • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10781S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10781S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10781S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10781S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10781S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10708S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10708S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10708S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10708S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10708S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10565S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10565S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10565S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10565S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10565S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10435S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10435S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10435S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10435S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10435S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10370S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10370S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10370S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10370S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10370S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10248S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10248S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10248S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10248S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10248S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10854S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10854S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10854S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10854S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10854S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
$verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
$verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
$verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
$verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11116S → • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
$verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11778S → • NP VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → • det N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → det • N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → det • N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → det • N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → det • N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12209NP → det • N1
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12296N1 → • N
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12296N1 → • N
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12296N1 → • N
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12511N1 → • adjQuality N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12511N1 → • adjQuality N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12511N1 → • adjQuality N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12511N1 → • adjQuality N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12511N1 → • adjQuality N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9053S → • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9053S → • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9053S → • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
$vtensepresent
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9053S → • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
$vtensepresent
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9053S → • VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
$vtensepresent
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9188S → • aux NP|cln VP strongPunct
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9188S → • aux NP|cln VP strongPunct
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9188S → • aux NP|cln VP strongPunct
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9188S → • aux NP|cln VP strongPunct
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9188S → • aux NP|cln VP strongPunct
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8307S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8307S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8307S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8307S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8307S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7682S_mod → • S_mod form
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7682S_mod → • S_mod form
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7682S_mod → • S_mod form
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7682S_mod → • S_mod form
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7682S_mod → • S_mod form
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8185S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8185S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8185S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$premise
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8185S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$premise
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8185S → • S_anaphoric form S_anaphoric
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$premise
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10305S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10305S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10305S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10305S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10305S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9675S → • NP VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#9675S → • NP VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9675S → • NP VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9675S → • NP VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#9675S → • NP VP
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7749S_mod → • S_mod advs
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#7749S_mod → • S_mod advs
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7749S_mod → • S_mod advs
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7749S_mod → • S_mod advs
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#7749S_mod → • S_mod advs
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10500S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#10500S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10500S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10500S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#10500S → • S
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8718S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8718S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8718S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8718S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8718S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12437N1 → [adjQuality] • N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12437N1 → [adjQuality] • N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12437N1 → [adjQuality] • N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12437N1 → [adjQuality] • N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12437N1 → [adjQuality] • N2
HEADCAT
numbersg
casenominative
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8437S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#8437S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8437S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8437S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#8437S → • S
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12251NP → • pro
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#11941S → • cln VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent
$SUBJECT
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12561N → • common_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#6862N → • common_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6476NP → • pro
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12230NP → • proper_noun
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#6447NP → • proper_noun
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
i
HEADCAT
numbersg
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12713N → common_noun •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
numbersg
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
NIL
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12787N1 → N •
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
HEADCAT
numbersg
casenominative
1
HEADCAT
numbersg
casenominative
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
HEADCAT
numbersg
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$def_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1NIL
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$def_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → det N1 •
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → • det N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → • det N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → • det N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → • det N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#12927NP → • det N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1NIL
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$Rest
HEADCAT
casenominative
$numbersg
$deftrue

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
NIL
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13151NP → det • N1
HEADCAT
numbersg
casenominative
1
HEADCAT
deftrue
numbersg
casenominative
2
HEADCAT
numbersg
casenominative
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
1
deftrue
possfalse
partfalse
demfalse
2
HEADCAT
numbersg
casenominative
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}
$deftrue
$numbersg
$Rest
HEADCAT
casenominative

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2NIL
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#13585S → NP • VP
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$SUBJECT
HEADCAT
numbersg
$vtensepresent
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$VCOMP_
$OBJ_THETA_
$OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$VCOMP_
$OBJ_THETA_
$OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$VCOMP_
$OBJ_THETA_
$OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$VCOMP_
$OBJ_THETA_
$OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$VCOMP_
$OBJ_THETA_
$OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14168VP → • VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1NIL
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$VCOMP_
$OBJ_THETA_
$OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14337VN → • VERB
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1NIL
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15122VERB → • not have|be|been|have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15122VERB → • not have|be|been|have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15122VERB → • not have|be|been|have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15122VERB → • not have|be|been|have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15122VERB → • not have|be|been|have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15351VERB → • not verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15934VERB → [not] • been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15934VERB → [not] • been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15934VERB → [not] • been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15934VERB → [not] • been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15934VERB → [not] • been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15785VERB → [not] • be verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15785VERB → [not] • be verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15785VERB → [not] • be verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15785VERB → [not] • be verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15785VERB → [not] • be verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15636VERB → [not] • have verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15636VERB → [not] • have verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15636VERB → [not] • have verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15636VERB → [not] • have verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#15636VERB → [not] • have verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#16083VERB → [not] • have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#16083VERB → [not] • have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#16083VERB → [not] • have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#16083VERB → [not] • have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#16083VERB → [not] • have_been verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [aux_form:have|be|been|have_been];
     [aux_form:_, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     ↓3 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     [aux_form:$aux_form] ⊂ ↑;
     [aux_form:$synth_aux_form] ⊂ ⇓3;
     ↓2 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     ⇑ = ⇓3;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#15237VERB → [not] • verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2NIL
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
verbal_constrno_int|no_neg
$aux_form_
$verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
verbal_constrno_int|no_neg
$aux_form_
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
verbal_constrno_int|no_neg
$aux_form_
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#14826VERB → • aux [not] [have|be|been|have_been] verb
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     ↓1 = ↑;
     [verbal_constr:$verbal_constr, aux_form:$aux_form] ⊂ ↑;
     [vtense:_, tensed:_, $Rest] ⊂ ↑;
     [verbal_constr:$synth_verbal_constr, aux_form:$synth_aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     if (#2)
     {
          attest  ($verbal_constr == neg) ;
          ↓2 = [];
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
     }
     if (#3)
     {
          attest $synth_aux_form;
          ↓3 =  ([aux_form:$aux_form] ∪ [aux_form:$synth_aux_form]) ;
     }
     else
     {
          attest  (¬ ($synth_aux_form)  ∨  ($synth_aux_form == none) ) ;
     }
     ↓4 =  ($Rest ∪ [vtense:$verb_vform]) ;
     [vtense:_, tensed:_, $Rest4] ⊂ ⇓4;
     ⇑ =  (⇓1 ∪ $Rest4) ;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
verbal_constrno_int|no_neg
$aux_form_
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
NIL
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
vtensepresent
SUBJECT
personthree
numbersg
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
vtensepresent
SUBJECT
personthree
numbersg
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
vtensepresent
SUBJECT
personthree
numbersg
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#16470VERB → [not] verb •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1NIL
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
vtensepresent
SUBJECT
personthree
numbersg
1NIL
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [verbal_constr:$verbal_constr, aux_form:none, $Rest] ⊂ ↑;
     if (#1)
     {
          attest  ($verbal_constr == neg) ;
          ↓1 = [];
          ↓2 =  ($Rest ∪ [vtense:infinitive|present_participle|past_participle]) ;
     }
     else
     {
          attest  ($verbal_constr == no_neg) ;
          ↓2 =  ($Rest ∪ [vtense:present|infinitive|preterite|present_participle|past_participle]) ;
     }
     ⇑ = ⇓2;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#17974VN → VERB •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
{
     [OBJECT:NIL, OBLIQUE:NIL, OBJ_THETA:NIL, PRED_ADJ:NIL, SCOMP:NIL, VCOMP:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#19718VP → VN • NP [part] [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2
caseaccusative
lexical_functionnone
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → • det N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → det • N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → det • N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → det • N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → det • N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#19994NP → det • N1
caseaccusative
lexical_functionnone
1NIL
2
caseaccusative
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20208N1 → [adjQuality] • N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20208N1 → [adjQuality] • N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20208N1 → [adjQuality] • N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20208N1 → [adjQuality] • N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20208N1 → [adjQuality] • N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20071N1 → • N
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20071N1 → • N
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20071N1 → • N
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20334N → • common_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20334N → • common_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20284N1 → • adjQuality N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20284N1 → • adjQuality N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20284N1 → • adjQuality N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20284N1 → • adjQuality N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20284N1 → • adjQuality N2
caseaccusative
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#21384VP → VN [NP] • part [NP] [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#23722VP → VN [NP] [part] [NP] • AP [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5
lexical_functionnone
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#22573VP → VN [NP] [part] • NP [AP] [PP] [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4
lexical_functionnone
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25318NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25592N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25592N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25592N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25592N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25592N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25821AP → • adv adj
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25821AP → • adv adj
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25821AP → • adv adj
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → • adv adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25522N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25522N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25522N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25522N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25522N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25044VP → VN [NP] [part] [NP] [AP] • PP [SCOMP|VCOMP]
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6
lexical_functionnone
pcase_
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$pcase_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#27582VP → VN [NP] [part] [NP] [AP] [PP] • SCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
compl_
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$compl_
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#28453SCOMP → • csu S_tense
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#28453SCOMP → • csu S_tense
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#28453SCOMP → • csu S_tense
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2NIL
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$OBJECT_
$PRED_ADJ_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$SCOMP_
$VCOMP_
$OBLIQUE_
$OBJ_THETA_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#26433VP → VN [NP] [part] [NP] [AP] [PP] [SCOMP|VCOMP] •
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_SCOMP_
$VCOMP_
$OBJECT_
$OBJ_THETA_
$OBLIQUE_
$PRED_ADJ_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$Synth_OBLIQUE_
$Synth_OBJECT_
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28701S → NP VP •
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADCAT
numbersg
casenominative
2
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
2
vtensepresent
SUBJECT
personthree
numbersg
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$expected_subject
personthree
numbersg
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
$Synth_Subject
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
$vtensepresent
$SUBJECT
HEADCAT
numbersg
$iSynth
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28979S → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
SUBJECT
HEADCAT
numbersg
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$i
HEADCAT
numbersg
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29147S_mod → S •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29377S_anaphoric → S_mod •
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$ID1_
$R
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$H2_
$ID2_
$RII_II
$RII_II_I
$R_II

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$lexical_functionnone
$OBJ_THETA_
$OBLIQUE_
$VCOMP_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
$PRED_ADJ_
$OBJECT_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28155VP → VN [NP] [part] [NP] [AP] [PP] • VCOMP
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
lexical_functionnone
verbal_constrno_int|no_neg
1
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg
2NIL
3NIL
4NIL
5NIL
6NIL
7
lexical_functionnone
vtensepresent
SUBJECT
personthree
numbersg
1
vtensepresent
SUBJECT
personthree
numbersg
2NIL
3NIL
4NIL
5NIL
6NIL
7NIL
{
     [OBJECT:$OBJECT, OBLIQUE:$OBLIQUE, OBJ_THETA:$OBJ_THETA, PRED_ADJ:$PRED_ADJ, SCOMP:$SCOMP, VCOMP:$VCOMP, lexical_function:$lexical_function, $Rest] ⊂ ↑;
     [OBJECT:$Synth_OBJECT, OBLIQUE:$Synth_OBLIQUE, OBJ_THETA:$Synth_OBJ_THETA, PRED_ADJ:$Synth_PRED_ADJ, SCOMP:$Synth_SCOMP, VCOMP:$Synth_VCOMP, particule:$particle] ⊂ ⇓1;
     ↓1 = $Rest;
     if (#2)
     {
          if ($Synth_OBJECT)
               $OBJECT =  ($OBJECT ∪ $Synth_OBJECT) ;
          ↓2 = [case:accusative, lexical_function:$lexical_function, $OBJECT];
     }
     else
     {
          attest  (¬ ($OBJECT)  ∧ ¬ ($Synth_OBJECT) ) ;
     }
     if (#3)
     {
          attest $particle;
          ↓3 = [particle:$particle];
     }
     else
     {
          attest ¬ ($particle) ;
     }
     if (#4)
     {
          if ($Synth_OBLIQUE)
               $OBLIQUE =  ($OBLIQUE ∪ $Synth_OBLIQUE) ;
          ↓4 = [lexical_function:$lexical_function, $OBLIQUE];
     }
     else
     {
          attest  (¬ ($OBLIQUE)  ∧ ¬ ($Synth_OBLIQUE) ) ;
     }
     if (#5)
     {
          if ($Synth_PRED_ADJ)
               $PRED_ADJ =  ($PRED_ADJ ∪ $Synth_PRED_ADJ) ;
          ↓5 = [lexical_function:$lexical_function, $PRED_ADJ];
     }
     else
     {
          attest  (¬ ($PRED_ADJ)  ∧ ¬ ($Synth_PRED_ADJ) ) ;
     }
     if (#6)
     {
          [pcase:$pcase] ⊂ ⇓1;
          if ($Synth_OBJ_THETA)
               $OBJ_THETA =  ($OBJ_THETA ∪ $Synth_OBJ_THETA) ;
          ↓6 = [lexical_function:$lexical_function, pcase:$pcase, $OBJ_THETA];
     }
     else
     {
          attest  (¬ ($OBJ_THETA)  ∧ ¬ ($Synth_OBJ_THETA) ) ;
     }
     if (#7.1)
     {
          [compl:$compl] ⊂ ⇓1;
          if ($Synth_SCOMP)
               $SCOMP =  ($SCOMP ∪ $Synth_SCOMP) ;
          ↓7 = [lexical_function:$lexical_function, compl:$compl, $SCOMP];
     }
     else
          if (#7.2)
          {
               if ($Synth_VCOMP)
                    $VCOMP =  ($VCOMP ∪ $Synth_VCOMP) ;
               ↓7 = [lexical_function:$lexical_function, $VCOMP];
          }
          else
          {
               attest  (¬ ($SCOMP)  ∧ ¬ ($Synth_SCOMP) ) ;
               attest  (¬ ($VCOMP)  ∧ ¬ ($Synth_VCOMP) ) ;
          }
     ⇑ = ⇓1;
}
$particle_
$Synth_VCOMP_
$Synth_PRED_ADJ_
$Synth_OBJ_THETA_
$Synth_OBJECT_
$lexical_functionnone
$PRED_ADJ_
$OBJ_THETA_
$OBLIQUE_
$Synth_SCOMP_
$OBJECT_
$VCOMP_
$Synth_OBLIQUE_
$SCOMP_
$Rest
HEADTO_MEOW
SUBJECT
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
vtensepresent
tensedtrue
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#29996VCOMP → • to S
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#29996VCOMP → • to S
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#29996VCOMP → • to S
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2NIL
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2NIL
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29741S_tense → S_anaphoric •
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
1
HEADTO_MEOW
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$tensepresent
$Rest
HEADTO_MEOW
lexical_functionnone
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
$modeindicative
$vtensepresent
$aspectdefault

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$punc_dot_
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2NIL
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$punc_dot_
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2
punct_dot_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$punc_dot_
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2
punct_dot_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$punc_dot_
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2
punct_dot_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$punc_dot_
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30180Text → S_tense • strongPunct
HEADTO_MEOW
i
HEADCAT
numbersg
1
HEADTO_MEOW
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
i
HEADCAT
numbersg
2
punct_dot_
NIL
1
vtensepresent
SUBJECT
personthree
numbersg
i
HEADCAT
deftrue
possfalse
partfalse
demfalse
numbersg
casenominative
personthree
punct_dot_
2NIL
{
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓1 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     [punct:$punc] ⊂ ⇓1;
     ↓2 = [punct:$punc];
}
$punc_dot_
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest
HEADTO_MEOW
i
HEADCAT
numbersg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25389N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25389N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25389N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#30361N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#30361N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30361N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20013NP → • proper_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#28453SCOMP → • csu S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$Rest
$verbal_constrno_int|no_neg
$tensepresent
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#29996VCOMP → • to S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1NIL
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$Rest
$verbal_constrno_int|no_neg
$lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25821AP → adv • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#25707AP → [adv] • adj
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓2 = ↑;
     [MOD:$MOD] ⊂ ↑;
     [MOD:$Synth_MOD] ⊂ ⇓2;
     if (#1)
     {
          attest  ($MOD ∨ $Synth_MOD) ;
          if ( ($MOD ∧ $Synth_MOD) )
               ↓1 =  ($Synth_MOD ∪ $MOD) ;
          else
               if ($MOD)
                    ↓1 = $MOD;
          if ($Synth_MOD)
               ↓1 = $Synth_MOD;
     }
     else
     {
          attest  (¬ ($MOD)  ∧ ¬ ($Synth_MOD) ) ;
     }
     ⇑ = ⇓2;
}
$MOD_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25352NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25967PP → • prep NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1NIL
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#20334N → • common_noun
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
caseaccusative
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#25335NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#20032NP → • pro
caseaccusative
lexical_functionnone
1
caseaccusative
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31427PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_over_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31427PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_over_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31427PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_over_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31427PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_over_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31427PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_over_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → • det N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31544NP → det • N1
lexical_functionnone
1NIL
2
lexical_functionnone
NIL
1NIL
2NIL
{
     [def:$def, number:$number, $Rest] ⊂ ⇓2;
     deferred (⇓2)
     {
          if (¬ ($def) )
               $def = true;
          if (¬ ($number) )
               $number = sg;
          ↓1 = [def:$def, number:$number, $Rest];
     }
     ↓2 = ↑;
     ⇑ =  ( (⇓1 ∪ ⇓2)  ∪ [def:$def, person:three]) ;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31615N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31615N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31615N1 → • N
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31859N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31859N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31859N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31859N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31859N1 → • adjQuality N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31785N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31785N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31785N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31785N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31785N1 → [adjQuality] • N2
lexical_functionnone
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:$List, $Rest];
     foreach $Adj in $List
     {
          $Entries = search $Adj on adjQuality;
          if ( ($Entries ≠ <>) )
               ↓1 = $Adj;
     }
     attest  (¬ (↓1)  ∨ #1) ;
     ↓2 = ↑;
     ⇑ = ⇓2;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31719N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31719N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
NIL
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31237VCOMP → to • S
lexical_functionnone
1
2
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1
2NIL
{
     ↓1 = [];
     [lexical_function:$lexical_function, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, vtense:infinitive, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓1;
}
$lexical_functionnone
$verbal_constrno_int|no_neg
$Rest

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32983S → • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32983S → • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32983S → • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
lexical_functionnone
$vtenseinfinitive
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32983S → • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
lexical_functionnone
$vtenseinfinitive
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32983S → • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
lexical_functionnone
$vtenseinfinitive
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32745S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32745S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32745S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32745S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32745S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32623S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32623S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32623S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32623S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32623S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32386S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32386S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32386S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32386S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32386S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#33106S → • aux NP|cln VP strongPunct
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#33106S → • aux NP|cln VP strongPunct
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33106S → • aux NP|cln VP strongPunct
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33106S → • aux NP|cln VP strongPunct
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33106S → • aux NP|cln VP strongPunct
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32684S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32684S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32684S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32684S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32684S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32439S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32439S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32439S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32439S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32439S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32333S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32333S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32333S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32333S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32333S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32492S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32492S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32492S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32492S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32492S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32235S → • S_anaphoric form S_anaphoric
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32235S → • S_anaphoric form S_anaphoric
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32235S → • S_anaphoric form S_anaphoric
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32235S → • S_anaphoric form S_anaphoric
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32235S → • S_anaphoric form S_anaphoric
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32280S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#32280S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32280S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32280S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#32280S → • S
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31283PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_to_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31283PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_to_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31283PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_to_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31283PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_to_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31283PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_to_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31379PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_on_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31379PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_on_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31379PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_on_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31379PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_on_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31379PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_on_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31331PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_at_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31331PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_at_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31331PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_at_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31331PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_at_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31331PP → prep • NP
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
NIL
1
pcase_at_
2NIL
{
     ↓1 = ↑;
     ↓2 = ↑;
     ⇑ = ⇓2;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31123SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_whether_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31123SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_whether_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31123SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_whether_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31123SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_whether_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31123SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_whether_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtense_
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33754S_tense → • S_anaphoric
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [tense:$tense, $Rest];
     [mode:$mode, vtense:$vtense, aspect:$aspect] ⊂ ↑;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($mode) )
          $mode = indicative;
     if (¬ ($aspect) )
          $aspect = default;
     if (¬ ($vtense) )
     {
          if ( ($mode == indicative) )
          {
               if ( ($tense == present) )
               {
                    if ( ($aspect == continuous) )
                         $vtense = present_continuous;
                    else
                         $vtense = present;
               }
               else
                    if ( ($tense == past) )
                    {
                         if ( ($aspect == continuous) )
                              $vtense = past_continous;
                         else
                              if ( ($aspect == perfect) )
                                   $vtense = present_perfect;
                              else
                                   $vtense = preterite;
                    }
                    else
                         if ( ($tense == future) )
                         {
                              if ( ($aspect == continuous) )
                                   $vtense = future_continuous;
                              else
                                   $vtense = future;
                         }
                         else
                              $vtense = $tense;
          }
     }
     ↓1 =  ([vtense:$vtense] ∪ $Rest) ;
     ⇑ = ⇓1;
}
$aspectdefault
$vtensepresent
$modeindicative
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$tensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34024S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R] ⊂ ↑;
     attest  ( (¬ ($ID1)  ∨ ¬ ($ID2) )  ∨  ($ID1 ≠ $ID2) ) ;
     ↓1 = ↑;
     ⇑ = ⇓1;
}
$R_II
$RII_II_I
$RII_II
$ID2_
$H2_
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
$ID1_

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34251S_mod → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35491S → • aux NP|cln VP strongPunct
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35491S → • aux NP|cln VP strongPunct
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35491S → • aux NP|cln VP strongPunct
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35491S → • aux NP|cln VP strongPunct
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35491S → • aux NP|cln VP strongPunct
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
4NIL
NIL
1NIL
2NIL
3NIL
4NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     ↓2 =  ($SUBJECT ∪ [case:nominative]) ;
     $Synth_Subject = ⇓2;
     attest  ($verbal_constr == int) ;
     ↓1 =  (↑ ∪ [SUBJECT:$Synth_Subject, tensed:true]) ;
     [verbal_constr:$synth_verbal_constr, aux_form:$aux_form, verb_vform:$verb_vform] ⊂ ⇓1;
     ↓3 =  ($Rest ∪ [aux_form:$aux_form, vtense:$verb_vform]) ;
     ⇑ =  (⇓1 ∪ [form:int]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35368S → • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35368S → • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35368S → • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
lexical_functionnone
$vtensepresent
$verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35368S → • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
lexical_functionnone
$vtensepresent
$verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35368S → • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [SUBJECT:$SUBJECT, verbal_constr:$verbal_constr, vtense:$vtense, $Rest];
     attest  ($verbal_constr == excl) ;
     ↓1 =  ([SUBJECT:[person:two, number:sg], vtense:present] ∪ [SUBJECT:$SUBJECT, vtense:$vtense, tensed:true, verbal_constr:$verbal_constr, $Rest]) ;
     ⇑ =  (⇓1 ∪ [form:excl]) ;
}
$Rest
lexical_functionnone
$vtensepresent
$verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35130S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35130S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35130S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35130S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35130S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, SCOMP:$iii, iiiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35069S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35069S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35069S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35069S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35069S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:$iii, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, OBJ_THETA:$iii, iiiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34824S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34824S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34824S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34824S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34824S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJ_THETA:$ii, iiReal:OBJ_THETA, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34771S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34771S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34771S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34771S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34771S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, PRED_ADJ:$ii, iiReal:PRED_ADJ, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35008S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35008S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35008S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35008S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35008S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     [i:[HEAD:$H1, ID:$ID1], ii:[i:[HEAD:$H2, ID:$ID2], $iiRest]] ⊂ ↑;
     attest  ( (¬ ($H1)  ∨ ¬ ($H2) )  ∨  ($H1 == $H2) ) ;
     attest  ($ID1 == $ID2) ;
     ↓1 = [SUBJECT:$i, VCOMP:[i:$i, $iiRest], iiReal:VCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34620S → • S_anaphoric form S_anaphoric
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34620S → • S_anaphoric form S_anaphoric
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34620S → • S_anaphoric form S_anaphoric
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34620S → • S_anaphoric form S_anaphoric
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34620S → • S_anaphoric form S_anaphoric
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
3NIL
NIL
1NIL
2NIL
3NIL
{
     [HEAD:CAUSE, i:$premise, ii:$conclusion, $Rest];
     [i:[i:$I_premise, $Rest_premise]] ⊂ ↑;
     [ii:[i:$I_conclusion, $Rest_conclusion]] ⊂ ↑;
     [i:[i:[ID:$ID_I_premise]]] ⊂ ↑;
     [ii:[i:[ID:$ID_I_conclusion]]] ⊂ ↑;
     [vtense:$vtense, $Rest_vtense] ⊂ $Rest;
     if ( (¬ ($vtense)  ∨  ($vtense == present) ) )
     {
          ↓2 = [FORM:"now that"];
          $vtensePremise = present_continuous;
          $vtenseConclusion = present_continuous;
     }
     else
          if ( ($vtense == preterite) )
          {
               ↓2 = [FORM:"when"];
               $vtensePremise = past_continous;
               $vtenseConclusion = past_continous;
          }
          else
               if ( ($vtense == future) )
               {
                    ↓2 = [FORM:"when"];
                    $vtensePremise = future_continuous;
                    $vtenseConclusion = future_continuous;
               }
     if ( ( ($ID_I_premise ∧ $ID_I_conclusion)  ∧  ($ID_I_premise == $ID_I_conclusion) ) )
     {
          [i:[HEAD:_, $Synth_I_conclusion]] ⊂ ⇓1;
          $Inh_I_conclusion = [i:[HEAD:pro, ID:$ID_I_premise, $Synth_I_conclusion]];
          ↓1 =  ( ( ($Rest_conclusion ∪ [i:$I_premise])  ∪ [vtense:$vtenseConclusion])  ∪ $Rest_vtense) ;
          ↓3 =  ( ( ($Rest_premise ∪ $Inh_I_conclusion)  ∪ [vtense:$vtensePremise])  ∪ $Rest_vtense) ;
     }
     else
     {
          ↓1 =  ($conclusion ∪ $Rest) ;
          ↓3 =  ($premise ∪ $Rest) ;
     }
     ⇑ =  (⇓2 ∪ [punct:_dot_]) ;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34220S_mod → • S_mod advs
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34220S_mod → • S_mod advs
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34220S_mod → • S_mod advs
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34220S_mod → • S_mod advs
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34220S_mod → • S_mod advs
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34165S_mod → • S_mod form
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34165S_mod → • S_mod form
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34165S_mod → • S_mod form
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34165S_mod → • S_mod form
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34165S_mod → • S_mod form
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [MOD:<$H::$T>, $Rest];
     ↓1 = [MOD:$T, $Rest];
     ↓2 = $H;
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34718S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34718S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34718S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34718S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34718S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, OBJECT:$ii, iiReal:OBJECT, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35645S → [NP|cln] • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35645S → [NP|cln] • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35645S → [NP|cln] • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35645S → [NP|cln] • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35645S → [NP|cln] • VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#36141S → • cln VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#36141S → • cln VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#36141S → • cln VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#36141S → • cln VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#36141S → • cln VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35990S → • NP VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#35990S → • NP VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35990S → • NP VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35990S → • NP VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#35990S → • NP VP
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtensepresent

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34665S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34665S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34665S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34665S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34665S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:NIL, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34877S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#34877S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34877S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34877S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#34877S → • S
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:$i, ii:$ii, iii:NIL, $Rest];
     ↓1 = [SUBJECT:$i, SCOMP:$ii, iiReal:SCOMP, $Rest];
     ⇑ = ⇓1;
}
$Rest
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#33933S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#33933S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33933S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33933S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#33933S_anaphoric → • S_mod
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg
1NIL
NIL
1NIL
{
     [i:[ID:$ID1], ii:[ii:[i:[HEAD:$H2, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     attest  ($ID1 == $ID2) ;
     [i:$I] ⊂ ↑;
     ↓1 = [i:$I, ii:[ii:[i:[HEAD:pro, ID:$ID2, $RII_II_I], $RII_II], $R_II], $R];
     ⇑ = ⇓1;
}
$R
vtensepresent
lexical_functionnone
verbal_constrno_int|no_neg

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30993SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_when_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30993SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_when_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30993SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_when_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30993SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_when_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30993SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_when_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30863SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_if_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30863SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_if_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30863SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_if_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30863SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_if_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30863SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_if_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#37210S → • cln VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#37210S → • cln VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#37210S → • cln VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#37210S → • cln VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#37210S → • cln VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#37059S → • NP VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#37059S → • NP VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#37059S → • NP VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#37059S → • NP VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#37059S → • NP VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#36758S → [NP|cln] • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY (before gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#36758S → [NP|cln] • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}

####################### APPLY CON'T (after gard) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#36758S → [NP|cln] • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#36758S → [NP|cln] • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#36758S → [NP|cln] • VP
lexical_functionnone
vtenseinfinitive
verbal_constrno_int|no_neg
1NIL
2NIL
NIL
1NIL
2NIL
{
     [SUBJECT:$SUBJECT, vtense:$vtense, $Rest];
     [verbal_constr:$verbal_constr] ⊂ ↑;
     if (#1)
     {
          ↓1 =  ($SUBJECT ∪ [case:nominative]) ;
          $Synth_Subject = ⇓1;
          ↓2 = [SUBJECT:$Synth_Subject, vtense:$vtense, tensed:true, $Rest];
          [SUBJECT:$expected_subject] ⊂ ⇓2;
          attest  ($Synth_Subject ∪ $expected_subject) ;
     }
     else
     {
          attest  ($vtense == infinitive) ;
          ↓2 = [vtense:$vtense, $Rest];
     }
     attest  ($verbal_constr == no_int) ;
     $iSynth = ⇓1;
     ⇑ =  (⇓2 ∪ [i:$iSynth, punct:_dot_]) ;
}
$Rest
lexical_functionnone
verbal_constrno_int|no_neg
$vtenseinfinitive

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30733SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_that_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30733SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_that_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30733SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_that_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30733SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_that_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#30733SCOMP → csu • S_tense
lexical_functionnone
1
lexical_functionnone
2
lexical_functionnone
tensepresent
verbal_constrno_int|no_neg
NIL
1
compl_that_
2NIL
{
     ↓1 = ↑;
     [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest] ⊂ ↑;
     if (¬ ($lexical_function) )
          $lexical_function = none;
     if (¬ ($tense) )
          $tense = present;
     if (¬ ($verbal_constr) )
          $verbal_constr = no_int|no_neg;
     ↓2 = [lexical_function:$lexical_function, tense:$tense, verbal_constr:$verbal_constr, $Rest];
     ⇑ = ⇓2;
}
$lexical_functionnone
$tensepresent
$verbal_constrno_int|no_neg
$Rest

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31578NP → • pro
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
#31561NP → • proper_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     ↓1 = ↑;
     ⇑ = ⇓1;
}

####################### ACTION #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (before toggle enable) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T (after toggle enable and before apply) #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### APPLY CON'T #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone

####################### ACTION DONE #######################

IDItem
↑
↓i
⇑
⇓i
Statements
Environment
#31719N → • common_noun
lexical_functionnone
1
lexical_functionnone
NIL
1NIL
{
     [MOD:NIL, $Rest];
     ↓1 = $Rest;
     ⇑ =  (⇓1 ∪ ↑) ;
}
$Rest
lexical_functionnone